アプライド・エナジー・ラボラトリー List of Products and Services

This device processes fuel as is and enhances combustion efficiency. By reducing viscosity through cavitation treatment without mixing in air or other substances, it decreases the droplet size during fuel injection in boilers and diesel engines, thereby increasing the specific surface area with air during combustion to achieve complete combustion. It eliminates soot generation and simultaneously purifies exhaust gases. In boilers, when soot adheres to heat exchange pipes, the heat exchange efficiency decreases, and regular soot removal work is necessary. However, by operating with the Fuel Saver, soot generation is eliminated, and cleaning work for heat exchange pipes becomes unnecessary. When installed in devices using light oil or A heavy oil, it demonstrates significant effects. Recent verification in boilers has confirmed a 33% fuel savings effect. In diesel engines, it has little effect on common rail types, but around 10% fuel savings have been confirmed in older diesel engines. Due to its structure with a bypass in the fuel flow path, even if a failure occurs in the Fuel Saver, there will be no disruption to fuel supply to the boiler or diesel engine. It is a fail-safe and safe structure.

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This is a waste treatment device that can process food waste, sewage, sewage sludge, livestock manure, and more in a short time, transforming them into a dried state. - A high reduction rate can be achieved, depending on the material being processed, it can be reduced to 1/5 to 1/10 of its original volume. - It is a batch process, but each batch progresses in an average of 2.4 hours. - No special treatment is required before input; everything can be added as is. - The final product can be flexibly modified according to requests. - The moisture content in the waste can be reduced from 70-90% to below 30%, and down to about 10%. The end product becomes a fine dry powder. - Odors are completely blocked, and no wastewater treatment is necessary (none is produced). - It is not inexpensive, but a typical investment recovery period is about four years. - The energy input required is sufficient with steam and a small amount of electricity. - Inline integration is also possible in food factories. With expertise in maximizing the power of microorganisms, significant reductions in fossil fuel usage for waste treatment can be achieved, greatly improving the waste treatment environment.

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